What you will learn
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None
This course is intended to introduce students to the fascinating world of analog electronics. The emphasis of the course is to build intuition behind the operation of circuits. To do this, we derive circuits ground-up, from first principles. The student is expected to have undergone a basic linear-circuit analysis course, but assumes no knowledge of device physics whatsoever.
Introduction Linear and Nonlinear Network
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25:19
Small Signal Analysis of Nonlinear Networks
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33:56
Small Signal Analysis
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27:45
Incremental Model for Common Two Terminal Element Passive Two Terminal Elements
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22:49
Linear and Nonlinear Two Ports and the Incremental Y Matrix
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25:45
Graphical Representation of the Y Matrix
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25:20
Nonlinear Two Ports With Incremental Gain
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31:03
IV Charateristic of a Nonlinear 2 port with Incremental Gain
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18:25
The MOSFET and its Characterisitics
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32:32
Deriving the Common V Source Amplifier Part 1
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48:15
The Common Source Amplifier
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22:25
Large Signal Behaviour of the Common Source Amplifier
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19:32
The Common Source Amplifier Swing Limits
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34:48
Introduction to Robust Biasing
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13:51
Robust Biasing Part 1 Common Source Amplifier with DC Drain Feedback
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25:44
Robust Biasing with the Current Mirror and Drain Gate Resistor
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27:36
Robust Baising With Source Feedback Part 1
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17:53
Robust Biasing with Source Feedback - Part 2
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19:55
Robust Biasing with Source Degeneration
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25:02
Introduction to Negative Feedback
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25:20
The Ideal Operational Amplifier
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14:50
Negative Feedback Continued
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33:49
Robust Baising with Drain Measurement and Source Feedback
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23:24
Robust biasing with source measurement and gate feedback
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21:24
The Incremental Voltage Controlled Voltage Source The Common drain Amplifier Incremental Picture
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26:24
Baising of the Common Drain Amplifier and Signal Swings
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23:59
The VCVS Continued, the Incremental
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17:37
Introducing the Current Controlled Voltage Source
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23:23
The Incremental Current Controlled Voltage Source Transimpedance Amplifier
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27:35
The Transimpedance amplifier contd
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09:26
The Incremental current controlled current source, the common gate amplifier
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22:35
Summary of controlled Sources and finite output Impedance of the Transistor
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19:00
Effect of Finite Output Resistance on Basic Building Block Part 1
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22:35
Effect of Finite Output Resistance on The Building Blocks Part 2
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33:18
Effect of Finite Output Resistance on the Basic Building Block Part 3
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12:19
Finite output Effect in current Mirrors the Cascode Current Mirror
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31:53
Comparison of Current Mirrors The High Swing Cascode
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22:56
Precision High Swing Cascode
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20:14
The PMOS transistor
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27:48
Small Signal Model and Bias Stabilization
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22:34
Basic Building Blocks with PMOS Devices
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34:34
The Different Amplifier with Active Load - Part 1
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38:36
The Different Amplifier with Active Load - Part 2
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20:27
Large Signal Behaviour of the Different Pair
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17:56
The two Stage Opamp and Single Supply Operation
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20:21
The two Stage Opamp (contd)
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23:25
The Two Stage Opamp contd
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13:51
Swing Limits of the Two Stage OTA
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30:51
The Two-Stage Opamp
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16:28
The Bandgap Reference Principle
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29:39
The Bandgap Reference - Part 1
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33:02
The Bandgap Reference - Part 2
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35:40
Memory Effects in MOS Transistors
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11:28
The Common Source Amplifier with Parasitic Capacitances
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26:19
The Common Source Amplifier with Parasitic Capacitances
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26:42
Frequency Response of the Common Drain Amplifier
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11:57
Frequency Response of the Common Gate Amplifier
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16:56
Stability of Negative Feedback System The First Order Forward Amplifier
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22:58
Dominant Pole Compensation Summary
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27:28
Phase Margin Example
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19:02
The 2 Stage Miller Compensated Amplifier
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34:32
2 Stage Operational Amplifier and Miller Compensation (Cond)
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23:56
Intuition Behind the Dominant and Second Poles in a Miller Compensated OTA
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14:53
2 Stage Operational Amplifier and Miller Compensation Cancelling the RHP Zero
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25:30
Miller Compensation OTA Schematic
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15:24
Bipolar Junction Transistor Circuits-Device Equations and Small Signal Model
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13:10
BJT Biasing and Basic Building Blocks
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34:04
Bipolar Junction Transistor Circuits Swing Limits and Two Stage Opamp
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21:03
Input Stage of the 741 Opamp
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20:28
Basic Analysis of the 741
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34:45
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Meet Your Instructor
About Instructor
VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.
Free
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Course Duration34 h 1 m 46 s
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Course LevelIntermediate
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Student Enrolled0
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LanguageEnglish
This Course Includes
- 34 h 1 m 46 s Video Lectures
- 0 Quizzes
- 0 Assignments
- 0 Downloadable Resources
- Full Lifetime Access
- Certificate of Completion